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A new paradigm of electricity generation at the distribution level, withrenewable and alternative sources, is possible with microgrids. The main ideais to have microgrids deployed on low- or medium-voltage active distributionnetworks. They can be advantageous in many different ways, such as improvingthe energy efficiency and reliability of the system and reducing transmissionlosses and network congestion. There are challenges in implementing MGs withDER units, those are related to power quality and stability issues voltage andfault level changes, energy management, low inertia, further complex protectionschemes, load and generation forecasting, cyber-attacks, and cyber security.This paper shows the deep utilization of advanced, accurate, and fastmethodologies such as artificial intelligence-based techniques. They guaranteeefficient, optimal, safe, and reliable operation of smart grids safe againstcyberattacks. AI refers to the computer-based system's ability to perform taskswith intelligence typically associated with human decision-making, they canlearn from past experiences and solve problems.

Enhancing data security against cyberattacks in artificial intelligence based smartgrid systems with crypto agility